CURRENT STATUS
Pilot-stage platform development.
MakersHydro® is preparing production-style CAN nodes and local control firmware for real-world pilot validation. It is not a finished consumer product or a cloud dashboard.
FINNISH HYDROPONICS AUTOMATION
MakersHydro® is a local-first hydroponics automation platform for pH/EC monitoring, nutrient dosing, irrigation, environmental control and safer equipment integration — designed to keep critical control close to the plants, not in the cloud.

CURRENT STATUS
MakersHydro® is preparing production-style CAN nodes and local control firmware for real-world pilot validation. It is not a finished consumer product or a cloud dashboard.
CORE IDEA
Internet access, dashboards and integrations can extend the system, but critical hydroponics control is designed to remain inside the local control architecture.
WHY IT EXISTS
Measurement, dosing and safety logic are designed to keep operating locally without internet dependency.
Development focuses on real reservoir behaviour, sensor validation, controlled dosing limits and practical grow-cycle data.
MakersHydro® reduces the need for user-built mains relay wiring by separating low-voltage control logic from equipment power switching.
Task-specific CAN nodes separate measurement, dosing and infrastructure functions so the system can scale without becoming one fragile box.
CURRENT STAGE
Gen 1 proved the control logic in real growing conditions. Gen 2 moves the system to production-style CAN nodes, pH measurement hardware and pump control boards for pilot validation.
GROWING ENVIRONMENTS
MakersHydro® is being developed for hydroponics automation, indoor grow tents, recirculating systems, pH control, EC monitoring, nutrient dosing, irrigation automation and environmental monitoring.
pH, EC, nutrient dosing and reservoir chemistry interact. MakersHydro is designed around conservative correction, signal validation, safe dosing limits and local control close to the reservoir.
Read the pH/EC philosophy →Design notes explaining MakersHydro pH/EC control, local safety logic, CAN-node architecture, Shelly integration and real grow validation.
Read Engineering Notes →